Determine the Abrasion Resistance of Fabric by Martindale Abrasion Tester/ TTQC Lab Report-2

Sharing is caring!


Martindale abrasion tester is a versatile capable of multiple abrasion and pilling tests. Abrasion is just one aspect of wear and is the rubbing away of the component fibers and yarns of the fabric. Fabrics are subjected to abrasion during their lifetimes, which may result in wear, deterioration, damage, and a loss of performance. However, abrasion resistance is only one of several factors contributing to wear performance or durability. Abrasion can occur in many ways, including fabric-to-fabric rubbing when sitting fabric to ground abrasion during crawling, and sand being rubbed into the upholstery fabric. It is challenging to correlate conditions of abrasion of textiles in wear or use with a laboratory test. This may explain why many different types of abrasion testing machines, abradants, testing conditions, testing procedures, methods of evaluating abrasion resistance, and interpretation of results.


  • To know about fabric abrasion resistance.
  • Come to learn different types of abrasion.
  • To know about Martindale Abrasion Tester.
  • Come to learn how to test abrasion of a fabric by using Martindale Abrasion Tester.

Abrasion may be classified as follow:

  1. Flat abrasion- A flat area of material is abraded.
  2. Edge abrasion- This kind of abrasion which occurs at collars and folds.
  3. Flex abrasion- In this case rubbing is accompanied by flexing and bending.

Methods for testing abrasion resistance:

There are three methods have been widely used over the years:

  1. The Martindale Tester.
  2. The Taber Abrader Tester.
  3. The Accelerator Tester.

In this experiment we will use The Martindale Tester to determine abrasion resistance of woven fabric. Before going to the experiment we must main standard testing temperature.

Standard Testing Temperature:

An atmosphere at the prevailing barometric pressure with a relative humidity of 65% and temperature of 200 C is called standard testing temperature.


  • Martindale Abrasion Tester.
  • Fabric swatch.
  • Scissor.
  • Electrical Balance
  • Brush

Specimen preparation:

We have to cut the specimen in a circular shape for the abrasion test. The diameter of the circular shape is 38 mm or 140 mm. Here we also will use silicon carbide paper or woven worsted wool mounted over felt as an abradant. Here we will take 4 pcs samples to take.

Figure: Martindale abrasion tester sample holder
Figure: Martindale Abrasion Resistance Tester

Working Procedure:

  1. At first, we will place the specimen on the specimen holder. Before placement of the specimen, we have to weight the specimen and note down the weight on our lap report note.
  2. Then cycled backward and forwards in a Lissajous motion producing even wear.
  3. A force of either 9 or 12 KPa is applied to the top of the specimen to hold it against the abradant. 
  4. Now start the machine and observe the counter of abrasion no. Usually, abrasion no. depend on the buyer. Buyer gives the abrasion no. as their requirement. Maximum abrasion no. is used about 50,000 cycles.
  5. Here we will observe 1st specimen for 1000 cycles, 2nd specimen for the 2000 cycle, 3rd the for 3000 cycles, and 4th for the 4000 cycles.
  6. Then we will weight the specimen again and calculate the weight loss of every specimen.


S/N Specimen wt. before abrasion(mg)No. of abrasion cycleSpecimen wt. after abrasion (mg)Wt. loss Wear index

Now we will calculate the wear index of the fabric. Here we will show the calculation only for specimen no-01, and the rest should be done in the same way as specimen no-1

Same way, we found:

  1. Wear index for 1000 cycle=55
  2. Wear index for 2000 cycle= 130
  3. Wear index for 3000 cycle= 270
  4. Wear index for 4000 cycle= 380

Finally we understood that, if abrasion no is increase, weight loss of fabric is increase. That’s why when we used fabric more, loss of weight of fabric will be more.


  1. We have to maintain standard testing temperature.
  2. Machine should be check, we start the experiment.
  3. Be careful, when cut the specimen.


From this experiment, we learned about fabric’s abrasion resistance. We also learned the working principle of the Martindale abrasion tester and how to calculate of wear index. We also knew what would happen if we used fabric more times. This experiment will help in our future life. Thanks to our teacher for helping us to do this experiment.


  1. Booth, J. (2008). Principles of Textile Testing. New Delhi: CBS Publishers & Distributors.
  2. Hamby, E. B. (1993). Handbook of Textile Test and Quality Control. New York: Wiley Eastern Limited.
  3. HU, J. (n.d.). Fabric Testing. New York: Woodhead Publicatioing Limited.

Sharing is caring!

178 thoughts on “Determine the Abrasion Resistance of Fabric by Martindale Abrasion Tester/ TTQC Lab Report-2”

  1. An intriguing discussion is worth comment. I think that you should write more on this issue, it may not be a taboo matter but usually people don’t talk about such topics. To the next! Many thanks!!

  2. It’s really a nice and helpful piece of info. I’m satisfied that you simply shared this helpful information with us. Please stay us informed like this. Thank you for sharing.

  3. An interesting discussion is worth comment. I believe that you ought to publish more about this topic, it might not be a taboo matter but usually people do not talk about these subjects. To the next! Best wishes!!

  4. It’s actually a great and useful piece of information. I’m happythat you simply shared this helpful information with us.Please keep us up to date like this. Thanks for sharing.

  5. This is such a great resource that you are providing and you give it away for free. I love seeing blog that understand the value. someone write my assignment Im glad to have found this post as its such an interesting one! I am always on the lookout for quality posts and articles so i suppose im lucky to have found this! I hope you will be adding more in the future…


Leave a Comment

This site uses Akismet to reduce spam. Learn how your comment data is processed.